• Journal of Trauma and Injury
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• v.36 no.1
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• pp.49-52
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• 2023

Blunt carotid artery injury can lead to impaired brain perfusion due to ischemic stroke and thromboembolic events. To reduce the risk of potential neurological complications, it is critical to determine the diagnosis and management protocol as quickly as possible after a detailed clinical examination. This report presents successful surgical treatment of a young male patient who developed a traumatic left common carotid artery thrombosis after a motor vehicle accident.

• Journal of Chest Surgery
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• v.27 no.4
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• pp.335-338
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• 1994

Traumatic asphyxia is a distinctive clinical syndrome characterized by cervicofacial cyanosis and edema, bilateral subconjuctival hemorrhage, and multiple petechiae of the face, neck, and upper part of the chest after a severe compressive crush injury of the thorax or of the upper part of the abdomen.The pathophysiologic mechanism of traumatic asphyxia is reflux of blood from the heart retrograde through the valveless superior vena cava and the great veins of the head and neck by severe compression of the thorax or the abdomen.We experienced one case of the traumatic asphyxia, and its clinical features are discussed.

• Journal of Chest Surgery
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• v.43 no.6
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• pp.675-680
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• 2010

Background: The aim of this study was to identify the distinguishing clinicoradiologic findings of traumatic tracheobronchial injury. Material and Method: Between January 2003 and December 2009, six patients who underwent surgical repair for traumatic tracheobronchial injury due to blunt trauma were included in this study. We evaluated the mechanism of the injury, the coexisting injuries, the time until the making diagnosis and treatment, the diagnostic methods, the anatomic location of the injury and the surgical outcomes. Result: The mechanisms of injury were traffic accident and crushing forces. The frequent symptoms were subcutaneous emphysema, dyspnea and pain, and the common radiologic findings were pneumothorax, mediastinal emphysema, rib fracture and lung contusion. Only 2 patients were diagnosed by chest CT and the others were not diagnosed preoperatively. The location of injury was the trachea in 2 patients and the bronchial tree in 4 patients. There was no postoperative mortality or anastomotic leak; however, vocal cord palsy occurred in one patient. The most distinguishing sign was persistent lung collapse even though the chest tube was connected with negative pressure. Conclusion: Although it was not easy to diagnose traumatic tracheobronchial injury without a clinical suspicion, the distinguishing clinical symptoms and CT findings could help to make an early diagnosis without performing bronchoscopy.

• Journal of Trauma and Injury
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• v.22 no.2
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• pp.134-141
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• 2009

Purpose: Patients with traumatic brain injury (TBI) were referred from other hospitals for further management. In addition, patients routinely underwent computed tomography examinations of the head (HCT) in the referral hospitals. The purpose of this study was to evaluate retrospectively the utility of routine HCT scans according to the severity of TBI. Methods: Patients with TBI referred to our hospital between December 2005 and July 2008 were included in this study. We investigated HCT findings, indications for repeat HCT examinations (routine versus a neurological change), and neurosurgical interventions. The head injury severity was divided into three categories according to the Glasgow Coma Scale (GCS) score, including mild, moderate, and severe TBI. The use of neurosurgical interventions between patients who underwent routine HCT scans and patients who underwent HCT scans for a neurological change were compared according to the severity of TBI. Results: A total of 81 patients met the entry criteria for this study. Among these patients, 67%(n=54) of the patients underwent HCT scans on a routine basis, whereas 33%(n=27) of the patients underwent HCT scans for a neurological change. A total of 21 patients showed signs of a worsening condition on the HCT scans. Neurosurgical intervention was required for 23(28.4%) patients. For patients who underwent routine HCT examinations, no patient with mild TBI underwent a neurosurgical intervention. However, one patient with moderate TBI and three(13%) patients with severe TBI underwent neurosurgical interventions. The kappa index, the level of agreement for HCT indications of intervention and referral reasons for intervention, was 0.65 for high hierarchy hospitals and 0.06 for low hierarchy hospitals. Conclusion: Routine serial HCT examinations in the referred hospitals would be useful for patients with severe head injury and for patients from low hierarchy hospitals where no emergency physicians or neurosurgeons are available.

• Journal of Trauma and Injury
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• v.28 no.3
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• pp.215-218
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• 2015

Traumatic iliac vessel injuries constitute approximately 25% of all abdominal vascular injuries. Hospital mortality has been reported at 25~60% and is a result of uncontrolled hemorrhage and hypovolemic shock caused by extensive blood loss. We report the case of a 25-year-old female patient who experienced an external iliac artery injury caused by abdominal minimal stab wound. Traumatic iliac vessel injuries are life-threatening complication of abdominal or pelvic injuries and prompt diagnosis and accurate treatment are important.

• Journal of Korean Neurosurgical Society
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• v.54 no.6
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• pp.532-536
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• 2013

Charcot spine is a progressive and destructive process that affects the vertebral bodies, intervertebral discs, and posterior facets. It is the result from repetitive microtrauma in patients who have decreased joint protective mechanisms due to loss of deep pain and proprioceptive sensation, typically because of spinal cord injury. The objective of the study is to report an unusual case of Charcot spine, as a late complication of traumatic spinal cord injury, treated by a circumferential arthrodesis performed with a single staged posterolateral costotransversectomy approach.

• Journal of Chest Surgery
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• v.25 no.10
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• pp.1001-1012
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• 1992

13 cases of traumatic diaphragmatic ruptures were treated at the department of thoracic and cardiovascular surgery in Lee-Rha general hospital, Cheong-Ju, Choong Cheong Buk Do, between Oct. 1989 and Feb. 1992. The above 13 cases were reviewed in this study. And the following results were obtained. 1. Sex ratio is 11: 2 with male dominance 2. The 9 cases were due to blunt trauma and other 4 cases were due to penetrating injury. 3. Right side injury was more common than left[7: 5] and there was 1 case of central type which ruptured through subepicardial diaphragm. 4. All of the cases had association injury. 5. Preoperative diagnosis was possible in the 9 cases and others were diagnosed during operation under other indication. 6. Finger exploration was one of effective diagnostic procedure. 7. All of diaphragmatic ruptures was corrected through thoracotomy and exploratory laparotomy was done in 6 cases. 8. A patient died after operation due to associated injuries.

• Journal of Trauma and Injury
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• v.25 no.2
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• pp.63-66
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• 2012

Resection of the bowel is necessary for the repair of a ventral hernia after recovery from trauma in some cases. In such instances, polyester or polypropylene meshcannot be used due to the possibility of infection; we had to use biological mesh instead. We report a case in which a traumatic hernia was repaired with Permacol (Covidien, Norwalk, CT, USA). A 42-year-old male patient had been injured by a factory machine seven months prior to admission. At that time, he had abdominal wall injury and small bowel perforation. His abdominal wall had been a defect after operation. A CT scan of the abdomen showed that the left abdominal wall, which is lateral to left rectus abdominis muscle had only one muscle layer, an external oblique muscle, and that a previous abdominal incision had a defect along the entire incision. During the exploration, 10 cm of small bowel was removed due to firm adhesion to the previous surgical scar. Permacol mesh was applied and fixed with transfascial fixations and tacks by using the intraperitoneal onlay mesh technique. There were no complications after the surgery and the patient was discharged without any problems.

• Clinics in Shoulder and Elbow
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• v.11 no.1
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• pp.66-69
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• 2008

Traumatic forequarter amputation is an extremely rare and life-threatening injury. It is caused by blunt trauma or tremendous traction force, and the prognosis is very poor because of the involvement of massive associated injury. Traumatic forequarter amputation has been rarely reported in the English language clinical literature, but has never been reported in Korea. We report a case of traumatic forequarter amputation caused by a conveyor belt that was treated with emergency resuscitation and surgery, with an accompanying review of the literature.

• Journal of Chest Surgery
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• v.21 no.3
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• pp.471-478
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• 1988

We evaluated forty cases of traumatic diaphragmatic injuries that we have experienced from Jan. 1972 to Dec. 1987. 28 patients were male and 12 were female[M:F=2.3:1]. The age distribution was ranged from 4 to 71 years with mean age of 26. The diaphragmatic injuries were due to blunt trauma in 27 cases[traffic accident 22, fall down 3, others 2] and penetrating trauma in 13 cases[stab wound 11, gun shot 1, other 1]. In the blunt injury,14 cases of 17 were diagnosed and treated within 24 hours in the left diaphragmatic injury but only 3 cases of 7 cases in the right diaphragmatic injury were diagnosed and treated within 24 hours. All cases except one in penetrating injury were diagnosed and treated within 12 hours. In the blunt injury, the rupture site was located in the left in \ulcorner7 cases and in the right in 7 cases. In the penetrating injury, the rupture site was located in the left in 11 cases and in the right in 2 cases. The repair of 37 cases were performed with thoracic approach in 20 cases, thoracoabdominal approach in 12 cases and abdominal approach in 5 cases. Over all mortality was 17.5%[7/40] and postoperative mortality was 11%[4/37]. The causes of death were hypovolemic shock[3], combined head injury[2], acute renal failure[1] and septic shock with ARDS[1].